Lower Unit — U.S. Design Patent
Named co-inventor on an issued U.S. design patent. Official patent drawings are linked from the case study; no illustrative product image is presented as the patented design.
EXPLORE PROJECT ↗Turning complex manufacturing challenges into practical, measurable improvements. From mechanical design and prototyping to production process optimization.
Case studies in engineering design, root-cause analysis, corrective action, and validated manufacturing improvement.
Named co-inventor on an issued U.S. design patent. Official patent drawings are linked from the case study; no illustrative product image is presented as the patented design.
EXPLORE PROJECT ↗Tool evaluation and representative coupon testing to improve tool life and process repeatability.
Figures pending verification and public-disclosure approval. Root cause and permanent corrective action not yet documented for publication.
Measurement-driven investigation, process adjustments, and effectiveness verification. Root-cause evidence and corrective actions will be added after review.
Industrial timing device concept combining enclosure design, electronics, and manufacturing data capture.
CAD modeling, manufacturability, component design, prototyping, and design documentation.
CNC machining, cutting tools, fixtures, process development, and production support.
GD&T, CMM measurement analysis, capability studies, and dimensional problem-solving.
DMAIC, root-cause analysis, process control, and data-driven corrective action.
I am a manufacturing engineer with approximately seven years of experience in aerospace and precision manufacturing.
I earned my B.S. in Mechanical Engineering from the University of Central Florida. My work centers on CNC process development, tooling and fixture design, root-cause analysis, corrective action, and continuous improvement.
As a Manufacturing Engineer II at Pursuit Aerospace, I support complex aerospace manufacturing through process optimization, CNC programming, production troubleshooting, and quality improvement. Previously, I served as a Lead Design Engineer / Manufacturing Engineer, working across mechanical design and manufacturing execution.
My approach is hands-on and evidence-driven: define the problem, establish root cause, implement corrective action, verify effectiveness, and sustain the improvement.
My background also includes U.S. Army service, CSWA certification, and Six Sigma Yellow Belt training.
EXPLORE MY ENGINEERING PROJECTS ↗Interested in discussing manufacturing engineering, technical problem-solving, or career opportunities? I'd welcome the conversation.
EMAIL ME ↗Direct email: ethanw0956@gmail.com
ethanw0956@gmail.com